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See:
Description
| Class Summary | |
|---|---|
| Anm | Abstract super-class that generically specifies an analysis model in the LESM program |
| Anm_Frame2D | Sub-class that implements abstract methods, declared in super-class Anm, that deal with 2D frame analysis model of linear structure elements |
| Anm_Frame3D | Sub-class that implements abstract methods, declared in super-class Anm, that deal with 3D frame analysis model of linear structure elements |
| Anm_Grillage | Sub-class that implements abstract methods, declared in super-class Anm, that deal with grillage analysis model of linear structure elements |
| Anm_Truss2D | Sub-class that implements abstract methods, declared in super-class Anm, that deal with 2D truss analysis model of linear structure elements |
| Anm_Truss3D | Sub-class that implements abstract methods, declared in super-class Anm, that deal with 3D truss analysis model of linear structure elements |
| Draw | Abstract super-class that generically specifies a drawing object for plotting graphical entities in the Graphical User Interface (GUI) of the LESM program |
| Draw_Frame2D | Sub-class that implements abstract methods, declared in super-class Draw, that deal with 2D frame analysis model of linear structure elements |
| Draw_Frame3D | Sub-class that implements abstract methods, declared in super-class Draw, that deal with 3D frame analysis model of linear structure elements |
| Draw_Grillage | Sub-class that implements abstract methods, declared in super-class Draw, that deal with grillage analysis model of linear structure elements |
| Draw_Truss2D | Sub-class that implements abstract methods, declared in super-class Draw, that deal with 2D truss analysis model of linear structure elements |
| Draw_Truss3D | Sub-class that implements abstract methods, declared in super-class Draw, that deal with 3D truss analysis model of linear structure elements |
| Drv | This is a class that defines an object that drives the structural analysis in the LESM program |
| Elem | Abstract super-class that generically defines a linear structure element object in the LESM program |
| Elem_Navier | Sub-class that implements abstract methods, declared in super-class Elem, that deal with Navier (Euler-Bernoulli) flexural behavior of linear structure elements |
| Elem_Timoshenko | Sub-class that implements abstract methods, declared in super-class Elem, that deal with Timoshenko flexural behavior of linear structure elements |
| Lelem | Abstract super-class that generically defines element load objects in the LESM program |
| Lelem_Navier | Sub-class that implements abstract methods, declared in super-class Elem, that deal with Navier (Euler-Bernoulli) flexural behavior of linear structure elements |
| Lelem_Timoshenko | Sub-class that implements abstract methods, declared in super-class Elem, that deal with Timoshenko flexural behavior of linear structure elements |
| Material | Class that defines material objects in the LESM program |
| Node | Class that defines node objects in the LESM program |
| Abstract super-class that generically specifies methods for printing analysis model information and results of the LESM program | |
| Print_Frame2D | Sub-class that implements abstract methods, declared in super-class Print, that deal with 2D frame analysis model of linear structure elements |
| Print_Frame3D | Sub-class that implements abstract methods, declared in super-class Print, that deal with 3D frame analysis model of linear structure elements |
| Print_Grillage | Sub-class that implements abstract methods, declared in super-class Print, that deal with grillage analysis model of linear structure elements |
| Print_Truss2D | Sub-class that implements abstract methods, declared in super-class Print, that deal with 2D truss analysis model of linear structure elements |
| Print_Truss3D | Sub-class that implements abstract methods, declared in super-class Print, that deal with 3D truss analysis model of linear structure elements |
| Section | Class that defines cross-section objects in the LESM program |
UML diagrams of the LESM (Linear Elements Structure Model) program generated by the Astah Professional software.
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